## (solution) COP 3530, Fall 2015 Data Structures and Algorithms Assignment 4:

Hi, I need help creating C++ code for this assignment. I am almost failing this class and I really need help. Thanks in advance!

COP 3530, Fall 2015

Data Structures and Algorithms

Assignment 4: Minimum Spanning Trees

Due: Monday, Dec. 14, 11:55 p.m. via Canvas Description:

For a weighted, connected, undirected graph, a Spanning Tree is a sub-graph that

includes all the vertices of the original graph, and is also a tree. A Minimum-Cost Spanning Tree

is a spanning tree with the smallest sum of its edges? costs. Uses of Minimum-Cost Spanning

Trees range from Taxonomy to Clustering analysis.

In this assignment, you will implement Kruskal?s, Boruvka?s (Sollin?s) , and Prim?s

algorithms to produce Minimum-Cost Spanning Trees from an undirected graph. You may

implement Kruskal?s algorithm without the Union-Find operation. Sample input and output (User Input is represented in RED font ):

Enter number of Node and Edges(s):

4 5

Enter Node A and Node B and Undirected Edge Weight(s):

0 1 5

1 3 4

3 2 2

2 0 7

1 2 10

Enter the start Node:

0 Prim's MST:

(0, 1)

(1, 3)

(2, 3)

Total Weight:

11

Kruskal's MST:

(2, 3)

(1, 3)

(0, 1)

Total Weight:

11

Boruvka?s MST:

(0, 1)

(2, 3)

(1, 3)

Total Weight:

11 Note: Edge(s) are undirected and weighted.

We will test your submissions by following these steps (commands on thunder.cise.ufl.edu):

1. tar xvf ?&lt;LastName_FirstName&gt;_UFID.tar?

2. make

3. ./MST &lt; our_input Deliverables:

· Your submission tarball(.tar archive file) should be named

&lt;LastName_FirstName&gt;_UFID.tar and must contain the following files: MST.cpp,

Makefile, and &lt;LastName_FirstName&gt;_UFID_report.pdf · A PDF document containing your own test cases, test results, and any special diagnostics

you utilized. This file shall be named &lt;LastName_FirstName&gt;_UFID_Report.pdf PLEASE NOTE that ALL submissions MUST compile on thunder.cise.ufl.edu by using your

for more information, https://www.cise.ufl.edu/help/access/remote. We will not debug your source code or makefile. Please refer to and make note of the submission rules and policies before submitting, http://cise.ufl.edu/class/cop3530fa15/SubmissionRules.htm.

After submitting on Canvas, you should verify that your submission was successful by

running it. YOU ARE NOT DONE UNTIL YOU DO THIS.

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